blood cell surface protein that is glycosylated by products of the I gene with alleles IA, IB and/or i. Homozygous hh individuals have the "Bombay phenotype" with blood type O regardless of their I gene alleles. The H and I genes are on different chromosomes. A female and male who both have blood type O have three children. One of these children has blood type A and the other two have blood type B. Are these surprising blood types of the children best explained by dominance, complementation, or epistasis? What genotypes could the parents have to produce this outcome (indicate genotypes of both parents for both genes)? Be sure to answer both questions.

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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As described in a Codon Learning problem, alleles of the gene (dominant H,
and recessive h) impact blood ABO blood types. The H gene encodes the red
blood cell surface protein that is glycosylated by products of the I gene with
alleles IA, IB and/or i. Homozygous hh individuals have the "Bombay phenotype"
with blood type O regardless of their I gene alleles. The H and I genes are on
different chromosomes. A female and male who both have blood type O have
three children. One of these children has blood type A and the other two have
blood type B. Are these surprising blood types of the children best explained by
dominance, complementation, or epistasis? What genotypes could the parents
have to produce this outcome (indicate genotypes of both parents for both
genes)? Be sure to answer both questions.
Transcribed Image Text:As described in a Codon Learning problem, alleles of the gene (dominant H, and recessive h) impact blood ABO blood types. The H gene encodes the red blood cell surface protein that is glycosylated by products of the I gene with alleles IA, IB and/or i. Homozygous hh individuals have the "Bombay phenotype" with blood type O regardless of their I gene alleles. The H and I genes are on different chromosomes. A female and male who both have blood type O have three children. One of these children has blood type A and the other two have blood type B. Are these surprising blood types of the children best explained by dominance, complementation, or epistasis? What genotypes could the parents have to produce this outcome (indicate genotypes of both parents for both genes)? Be sure to answer both questions.
Expert Solution
Step 1: blood group determination

In order to determine the blood types of the children we need to first analyze the genetics of the ABO blood group system.

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